code: def InverseLaplace(
      F: Has[{"s"}], t: Funsor, s: Bound  # noqa: F821
  ) -> Fresh[lambda F: F]:
      """
      Inverse Laplace transform of function F(s).
  
      There is no closed-form solution for arbitrary F(s). However, we can
      resort to numerical approximations which we store in new interpretations.
      For example, see Talbot's method below.
  
      :param F: function of s.
      :param t: times at which to evaluate the inverse Laplace transformation of F.
      :param s: s Variable.
      """
      return None
  
file_path: funsor/examples/talbot.py
imports: import argparse
  import math
  import torch
  import funsor
  import funsor.ops
  from funsor.adam import Adam
  from funsor.domains import Real
  from funsor.factory import Bound, Fresh, Has, make_funsor
  from funsor.interpretations import StatefulInterpretation
  from funsor.tensor import Tensor
  from funsor.terms import Funsor, Variable
  from funsor.util import get_backend
label_desc: Use image node_id 1 for calling a global function with example usage: InverseLaplace(F, t, s) and returns: None